Iron-based redox-active minerals are ubiquitous in soils, sediments, and aquatic systems.
Their dissolution is of great importance for microbial impacts on carbon cycling and the …

Non-ideal aqueous electrolyte solutions have been studied since the start of the application
of thermodynamics to chemistry in the late 19th century. The present study examines some …

During the chemical weathering of the uranium mill tailings, released uranium could be
immobilized by the newly formed secondary minerals such as oxyhydroxides. A deeper …

Mechanisms of nucleation and growth of Al hydroxides such as gibbsite from aqueous
solution, particularly in highly alkaline conditions, remain poorly understood. In this work …

Gekko is an optimization suite in Python that solves optimization problems involving mixed-
integer, nonlinear, and differential equations. The purpose of this study is to integrate …

The characterization of prenucleation species is essential to understand crystallization
mechanisms across many chemical systems and often involves the use of vibrational …

Liquid Hanford nuclear wastes are highly concentrated caustic aqueous electrolyte
solutions. They contain elevated dissolved aluminum concentrations compared to simple …

Despite widespread industrial importance, predicting metal solubilities in highly
concentrated, multicomponent aqueous solutions is difficult due to poorly understood ion …

The Hanford site near Richland Washington, United States, is staging some of its 56 million
gallons of high-level waste for treatment. Limited understanding of solids precipitated from …

Although it is well known that aqueous electrolyte solutions behave non-ideally, few are so
non-ideal that adding an electrolyte to a saturated solution with a common ion enhances …